2025b_fasttrack_source/Core/Inc/ImC/imc_extension.h

#ifndef INC_IMC_IMC_EXTENSION_H_
#define INC_IMC_IMC_EXTENSION_H_

#ifndef imcBENCH_NAME
    #define imcBENCH_NAME vConv2d
#endif

#ifndef imcBENCH_INFINITE_LOOP
    #define imcBENCH_INFINITE_LOOP 0
#endif

#ifndef imcPRINT_RECOVERY_MESSAGE
    #define imcPRINT_RECOVERY_MESSAGE 0
#endif

#ifndef imcENABLE_STATIC_LOOP_PASS_COUNT
    #define imcENABLE_STATIC_LOOP_PASS_COUNT 0
#endif

#ifndef imcENABLE_ADAPTIVE_LOOP_PASS_COUNT
    #define imcENABLE_ADAPTIVE_LOOP_PASS_COUNT 1
#endif

#ifndef imcMAX_LOOP_IDS
    #define imcMAX_LOOP_IDS 1
#endif

#ifndef imcLOOP_PASS_COUNT
    #define imcLOOP_PASS_COUNT 10
#endif 

#ifndef imcBENCH_REPEAT_COUNT
    #define imcBENCH_REPEAT_COUNT 1
#endif

#ifndef imcPRINT_STATS
    #define imcPRINT_STATS 0
#endif

#define IMC_KERNEL_NVM __attribute__((section(".kernel_nvm")))

#define imcCAP_VOL_HIGH 4800
#define imcCAP_VOL_LOW 3500
#define imcENERGY_TOTAL (imcCAP_VOL_HIGH*imcCAP_VOL_HIGH - imcCAP_VOL_LOW*imcCAP_VOL_LOW)

int __imc_get_loop_pass_count(int loop_id);
void __imc_finish_loop_skipping();

void imc_init_energy_estimation();
void imc_recover_estimations();
void imc_backup_estimations();

extern int imc_is_passing_loops;
extern int imc_checkpoint_triggered;
extern int imc_checkpoint_executed;

#endif